EPI 178: MASTERCLASS On Healing Injuries With Dr. Elizabeth Yurth. The RIGHT Way To Use Peptides, Stem Cells, Hormone Replacement, And Even GLP-1 (Ozempic) To Get Long Lasting Results
Dec 17, 2024
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In this enlightening discussion, Dr. Elizabeth Yurth, Co-Founder and Chief Medical Officer of Boulder Longevity Institute, shares her expertise in regenerative medicine. She outlines the critical role of inflammation in joint health and presents innovative treatments like peptides and stem cells. Learn how red and near-infrared light therapy can boost healing processes and the significance of extracellular vesicles in recovery. Dr. Yurth also emphasizes holistic strategies for injury management and the impactful potential of new health products.
Dr. Elizabeth Yurth transitioned from traditional orthopedics to holistic care, focusing on long-term solutions rather than temporary fixes for injuries.
The importance of understanding inflammation in joint health was emphasized, highlighting its role in joint degradation and overall wellness.
Innovative treatments like peptides and exosomes were discussed as pivotal in promoting recovery and enhancing healing processes in patients.
Deep dives
Dr. Yurth's Journey into Regenerative Medicine
Dr. Elizabeth Yurth's journey toward regenerative and longevity medicine began from her frustration with traditional orthopedic practices, which relied heavily on temporary fixes for patients. Over her 25 years in orthopedics, she found that typical treatments, like steroid injections and surgeries, often failed to provide complete recoveries. This realization led her to co-found the Boulder Longevity Institute, which focuses on holistic approaches combining nutrition, hormones, and regenerative therapies to foster long-term health. By addressing the underlying issues related to joint health, such as inflammation, she aims to enhance patients' overall wellness rather than just treating isolated symptoms.
Challenging Conventional Orthopedic Practices
Dr. Yurth emphasizes the misconception that joint wear is solely due to overuse. Instead, she posits that joint degradation often stems from systemic inflammatory diseases, which can impact multiple body systems. By reframing the conventional understanding of joint health, she aims to educate patients on the importance of addressing inflammation and restoring overall health. This holistic perspective not only treats symptoms like knee pain but also prevents further degenerative issues related to other joint and cardiovascular health.
The Role of Inflammation in Joint Health
In her practice, Dr. Yurth highlights the critical link between inflammation and joint health, explaining that high levels of inflammatory cytokines, such as interleukin-1 beta, are present in patients with arthritis. Elevated inflammation can lead to joint degeneration and even increase the risk of heart disease. She advocates for the necessity of addressing inflammation through dietary interventions and lifestyle changes to mitigate these risks. By recognizing that many patients experience inflammatory conditions that affect their joints, she seeks to change the treatment paradigm in orthopedic care.
Innovative Approaches to Healing and Nutrition
Dr. Yurth incorporates advanced therapies like peptides and exosomes into her treatment protocols to support healing in patients with injuries and chronic pain. Peptides like BPC-157 and thymosin beta-4 are shown to facilitate recovery by reducing inflammation and promoting tissue regeneration. Additionally, she utilizes novel medications like pentosan polysulfate, which has demonstrated significant efficacy in decreasing the need for joint replacements. By combining regenerative medicine with proper nutritional and hormonal support, her approach aims for holistic recovery rather than merely alleviating symptoms.
The Future of Peptide and Hormonal Therapies
The podcast discusses the increasing popularity and safety of peptides in therapeutic settings, emphasizing their role in regulating various bodily functions without causing significant side effects. Dr. Yurth assures listeners that many peptides are naturally occurring in the body and can be safely administered under professional guidance. However, she cautions that potential overuse and misapplication may lead to unintended consequences, highlighting the importance of working with knowledgeable practitioners. Looking ahead, it’s clear that peptides, in conjunction with proper hormonal balance, will play a vital role in advancing personalized and effective health interventions.
(1:13) Dr. Elizabeth Yurth and transition from traditional orthopedics to holistic care
(6:15) Understanding inflammation and joint health
(8:23) Assessing and treating joint pain holistically
(14:58) Overview of peptides like BPC-157 and thymosin beta-4
(17:57) Groundbreaking treatments: pentosan polysulfate and exosomes
(22:38) The role of red and near-infrared light in healing
(26:15) Stem cells vs. extracellular vesicles
(34:56) Peptides: their use and potential
(46:55) How to find Dr. Yurth and learn more about regenerative medicine
(49:10) Outro
Who is Dr. Elizabeth Yurth?
Elizabeth Yurth, MD is Co-Founder and Chief Medical Officer of Boulder Longevity Institute, where she has been providing Tomorrow’s Medicine Today to her clients since 2006. Dr. Yurth obtained her Medical Degree from the University of Southern California Keck School of Medicine, completed her residency at the University of California – Irvine, and her Fellowship in Sports and Spine Medicine from Stanford-affiliated Sports Orthopedics and Rehabilitation (SOAR) in Palo Alto, CA. Along with her 30 years as a practicing orthopedist specializing in sports and spine medicine, Dr. Yurth has made it her mission to learn and share the latest scientific research on how to truly heal the body at the cellular level. She is Fellowship trained in Anti-Aging, Regenerative, and Cellular Medicine and has completed +500 hours of CME training focused on Longevity, Nutrition, Epigenetics, Bioidentical Hormone Replacement Therapy, Regenerative Peptide Treatments, and Regenerative Orthopedic Procedures.